static void end_channels()
{
int k;
FILE *fd;
for (k = 1; k < TOTALCH; k++) {
fd = fds[k];
if (fd != NULL) {
print_dummy(k);
print_size(k, 1);
fprintf(fd, "%.3f %g %g 0 0 1\n", seqTime, chY[k], chY[k]);
}
}
}
static int open_fds()
{
int k, retVal;
char **labels;
FILE *fd;
if (imageType)
labels = image_labels;
else
labels = channel_label;
retVal = 1;
rfchan[ACQDEV] = 1;
for (k = 1; k < TOTALCH; k++) {
fds[k] = NULL;
items[k] = 0;
lines[k] = 0;
// phaseFds[k] = NULL;
if (rfchan[k] && visibleCh[k]) {
sprintf(tmpStr, "%s/.dpsChannel%d", curexpdir, k);
unixPathToWin(tmpStr, tmpPath, MAXPATH);
fd = fopen(tmpPath, "w");
if (fd == NULL)
retVal = 0;
fds[k] = fd;
fprintf(fd, "#channel %d\n", k);
fprintf(fd, "#name %s\n", labels[k]);
fprintf(fd, "#seqtime %g\n", seqTime);
fprintf(fd, "#columns 6\n");
fprintf(fd, "#debug %d\n", debug);
// fprintf(fd, "#columns %d\n", channel_columns[k]);
print_dummy(k);
print_size(k, 1);
fprintf(fd, "0.0 0.0 0.0 0 0 1\n");
}
}
if (retVal == 0)
close_fds();
return (retVal);
}
static void update_height(SRC_NODE *node)
{
int dev;
double v;
FILE *fd;
while (node != NULL) {
dev = node->device;
fd = fds[dev];
if (fd == NULL)
return;
print_dummy(dev);
print_size(dev, 2);
fprintf(fd, "%.3f %g %g 0 0 1\n", node->xstime, chY[dev], chY[dev]);
v = adjust_height(node);
fprintf(fd, "%.3f %g %g 0 0 1\n", node->xstime, v, v);
chY[dev] = v;
chX[dev] = node->xstime;
node = node->bnode;
}
}
int main(void) {
struct hash_entry *e;
int key = 5;
char key2 = 'd';
struct dummy d1, d2, d3, d4, d5;
mtrace();
d1.i = 1; d1.c = 'a'; strcpy(d1.str, "d1");
d2.i = 2; d2.c = 'b'; strcpy(d2.str, "d2");
d3.i = 3; d3.c = 'c'; strcpy(d3.str, "d3");
d4.i = 4; d4.c = 'd'; strcpy(d4.str, "d4");
d5.i = 5; d5.c = 'e'; strcpy(d5.str, "d5");
/* initialization */
init_hash_table_INT();
init_hash_table_CHR();
init_hash_group(&h, 2, &hash_table_INT, &hash_table_CHR);
/* adding entries */
add_entry_hash_group(h, &d1);
add_entry_hash_group(h, &d2);
add_entry_hash_group(h, &d3);
add_entry_hash_group(h, &d4);
add_entry_hash_group(h, &d5);
print_hash_group(h, print_dummy);
/* lookup */
e = lookup_hash_group_INT(h, &key);
printf("\n+++\n");
print_dummy(e->data);
printf("\n---\n");
/* delete entry */
del_entry_hash_group(h, e);
print_hash_group(h, print_dummy);
/* lookup */
e = lookup_hash_group_CHR(h, &key2);
printf("\n§§§\n");
print_dummy(e->data);
printf("\n$$$\n");
/* delete entry */
del_entry_hash_group(h, e);
print_hash_group(h, print_dummy);
/* clean up the whole crap */
cleanup_hash_group(h, NULL);
muntrace();
return 0;
}
